X2.0 - The world's first real-time interactive video generation model launched by Xmax AI

What is X2.0

X2.0 is the world's first real-time interactive video generation model launched by Xmax AI, supporting millisecond-level streaming generation. Through a camera, users can replace character clothing in real time, summon virtual objects, and control the screen by touch, enabling a playable video experience. The model adopts a frame-by-frame autoregressive architecture and multi-stage distillation. A single card can run 960p@24fps at full capacity, and it is the first to deploy real-time on-device at 384p@16fps on iPhone.

Main features of X2.0

• Real-time rendering: Real-time replacement of characters, clothing, and visual styles in the camera feed through CharX, ClothX, and VibeX, while preserving the original dynamic lighting and shadows.
• Dimensional interaction: Use real-world objects as anchors to summon virtual characters or replace objects in hand, achieving deep interaction that blends the virtual and real.
• Touchscreen interaction: Drag on the screen to make static subjects move, supporting one-click awakening of wallpapers, photos, and more.
• Free mode: Add effects such as fire breathing and laser eyes in real time via text prompts, enabling zero-threshold effect creation.
• On-device operation: The world's first interactive video model that can run locally in real time on iPhone, 384p@16fps without an internet connection.

Technical principles of X2.0

• Frame-by-frame autoregressive streaming generation: The model abandons the traditional bidirectional Attention whole-segment generation logic and adopts a frame-by-frame autoregressive architecture that computes and outputs simultaneously, achieving millisecond-level response.
• Multi-stage fusion distillation: Through multi-objective fusion distillation, the number of inference sampling steps is greatly compressed, reducing computation from the source and breaking the impossible triangle of speed, cost, and quality.
• Context persistence: Maintains stable image quality during long continuous generation, preventing content decay and drift.
• Extreme compression and quantization: Introduces attention matrix sparsification, FP8 quantization, and structured pruning to reduce VRAM and compute requirements.
• Unified interaction architecture: Integrates text, touchscreen control, spatial perception, and gesture recognition, enabling the model to understand multi-dimensional natural interaction intentions.

How to use X2.0

• Visit the official website: Visit the X2.0 official experience websitehttps://platform.xmaxai.com/ register and log in to your account.
• Select a mode: In the Playground, select Camera input and switch between CharX, ClothX, MoX, DimX, or Free mode.
• Authorize the camera: The model supports browser or App access to the camera to capture real-time footage as the input source.
• Real-time interaction: Perform outfit changes, summoning, dragging, or enter prompts to generate effects according to the mode.
• Access the API: Developers can enter the API page to obtain interface documentation and integrate the capabilities into their own applications.

Core advantages of X2.0

• True real-time experience: Millisecond-level streaming generation requires no pre-rendering, and interaction smoothness is close to that of games, avoiding user loss due to waiting.
• Low hardware threshold: A single consumer-grade graphics card can run 960p@24fps at full capacity, greatly reducing deployment costs.
• First of its kind on-device: The world's first model of its kind to support local real-time operation on iPhone, balancing privacy protection and mobile portability.
• Multi-dimensional interaction: Covers cameras, touchscreens, space, gestures, and text, breaking through the limitation of traditional video models that only support prompts.
• Open ecosystem: Simultaneously opens the API and Playground, supporting rapid integration for scenarios such as e-commerce, livestreaming, and hardware.

Comparison of X2.0 with similar competitors

Application scenarios of X2.0

• E-commerce virtual try-on: Users can view in real time how clothing looks on them through the camera and switch styles with one click, effectively reducing return rates.
• Virtual companionship and IP activation: Bring figures, standees, or anime characters to life on the desktop, enabling touchable immersive interaction.
• Livestream interactive entertainment: Viewers can change the streamer's outfit, replace the background, or add special effects in real time, creating an interactive livestream experience tailored to each individual.
• Education and cultural tourism display: Point at exhibits or textbooks to summon 3D virtual explanations, enhancing the sense of presence and the efficiency of knowledge transfer.
• Smart hardware interaction: Connect to terminals such as phones and glasses, making wallpapers, photos, and real-world objects into interactive interfaces that can be controlled in real time.